LIAONING QIUSHI Hydraulic Tilting Platform System: Upgrading Bulk Material Handling Efficiency with Practical Design

25-07-2025

In the material flow of industrial warehousing, the efficiency and safety of bulk material loading and unloading have always been core concerns for enterprise operations. The independently developed hydraulic tilting platform system by LIAONING QIUSHI Silo Equipment Engineering Co., Ltd., relying on the stable performance of mechanical drive and practical design tailored to scenarios, provides a reliable solution for bulk material handling in silos, logistics parks and other scenarios, and has become an important support for improving operation efficiency and reducing safety risks.

Mechanical Drive as the Core: Achieving Dual Breakthroughs in "Stability" and "Speed"

Compared with the traditional loading and unloading mode relying on manual assistance, LIAONING QIUSHI's hydraulic tilting platform system takes mechanical power as the core and achieves significant upgrades in both efficiency and stability:

Efficient Loading and Unloading, Greatly Shortening Operation Time

The system adopts a high-power hydraulic pump station as the power source, and precisely controls the tilting angle and speed of the platform through precision hydraulic cylinders. For trucks with different loads of 20-50 tons, the tilting speed (0.3°-0.8°/second) can be flexibly adjusted according to material characteristics (such as grains, cement, mineral powder, etc.), with a maximum tilting angle of 45°, ensuring rapid unloading of materials.
Practical application data shows that the unloading time of a single 20-ton truck has been shortened from 90 minutes with traditional manual assistance to less than 30 minutes, and the daily processing volume has increased to 80-100 trucks, effectively reducing vehicle queuing and improving overall logistics turnover efficiency.

Multiple Protections, Building a Solid Safety Defense Line for Operations

To deal with risks such as rollover, extrusion, and equipment failure that may occur during loading and unloading, the system incorporates multiple layers of safety guarantees in its structural design:

Overload Protection: A pressure sensing device is installed at the bottom of the platform. When the total weight of the vehicle exceeds the upper limit of 50 tons, the system automatically locks and triggers an audible and visual alarm to prevent platform deformation or damage to hydraulic components due to overload;
Anti-slip Design: The surface of the tilting platform is made of anti-slip patterned steel plates, and 50cm high protective baffles are installed on both sides, which can effectively prevent tire slipping during tilting and ensure the stability of the vehicle body;
Emergency Braking Mechanism: Red emergency stop buttons are set on the operation panel and around the operation area. In case of emergencies, pressing the button can immediately cut off the hydraulic power, and the platform stops moving and resets slowly, buying time for on-site personnel;

Adapting to Scene Needs: Making Equipment "Easy to Use, Durable and Practical"

The research and development of LIAONING QIUSHI's hydraulic tilting platform system has always focused on actual operation scenarios, and embodies a practical orientation in all aspects from installation, operation to maintenance:

Flexible Adaptation, Reducing the Threshold of Site Transformation

The system adopts a modular design, and the platform size (length 6-12 meters, width 3-4.5 meters) can be flexibly adjusted according to the site space. It can be installed without large-scale transformation, especially suitable for the compact operation areas around silos. The platform is connected to the ground in an articulated manner, and the bottom is equipped with adjustable support legs, which can adapt to slightly uneven sites and ensure the overall stability during tilting operations.

Simple Operation, Reducing the Threshold for Personnel Use

The operation interface adopts a combination of high-definition display screen and physical buttons. The function keys such as "up", "down" and "emergency stop" are clearly marked, combined with graphic prompts. New employees can operate independently after 1 hour of training. The operation process is simplified to four steps: "vehicle positioning → pull the handbrake → fix the chain → start the system" to reduce human operation errors.

Easy Maintenance Design, Extending Equipment Service Life

The hydraulic system is equipped with independent oil filtration and cooling devices, which can effectively reduce the wear of components by impurities; key connections use standardized accessories, which are convenient for daily inspection and replacement. It is estimated that the system can run continuously for more than 8000 hours under normal maintenance, greatly reducing the frequency of equipment shutdown for maintenance.

Multi-dimensional Safety Protection Network, Building a "Zero-accident" Line of Defense

Aiming at common risks such as overload, rollover and human misoperation in bulk material loading and unloading, the system has built a seven-layer safety protection system:

Overload Protection: The platform has a built-in pressure sensor. When the overload reaches 5%, it will automatically sound and light an alarm. When it exceeds 10% (i.e., 55 tons), the hydraulic system will be locked immediately;
Anti-rollover Design: 60cm high anti-slip baffles are added on both sides, and the bottom is made of diamond-patterned steel plates, with the friction coefficient increased to 0.8, ensuring that the tires do not slip when the vehicle is tilted;
Emergency Braking Mechanism: Infrared gratings are deployed around the operation area. When any person or object enters the dangerous area, the system triggers an emergency stop within 0.3 seconds, and the platform returns at a slow rate of 5°/minute;
Hydraulic Explosion-proof Guarantee: The hydraulic pipeline adopts a double-layer steel wire braided structure, with a pressure resistance level of 31.5MPa, and is equipped with a pressure relay, which automatically cuts off the power source when overpressure occurs;
Extreme Environment Adaptation: The core components have passed -40℃ low temperature test and 72-hour salt spray test. The sealing ring is made of oil-resistant nitrile rubber, ensuring stable operation in complex climates such as Southeast Asian rainy seasons and northern severe cold.

Application Feedback: Recognition from "Pilot" to "Standard Configuration"

At present, the hydraulic tilting platform system has been configured in many projects at home and abroad, and the equipment operates stably without operation interruption due to mechanical failures.

The person in charge of the Engineering Technology Department of LIAONING QIUSHI said: "The core of the hydraulic tilting platform system is to solve the problems of 'low efficiency and high risk' in actual operations. Instead of pursuing complex intelligent functions, we focus on the stability of mechanical performance and the convenience of operation, making the equipment truly 'easy to use, durable and practical'."

Next, the system will be gradually included in the supporting solutions of the company's silo projects, providing integrated services from warehousing to loading and unloading for customers at home and abroad.

For more Hydraulic Tilting Platform information, please visit www.qssilo.com or contact sales@qssilo.com.

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